Movement That Ages Well: Leverage, Coordination, and Real Strength

Movement That Ages Well: Leverage, Coordination, and Real Strength

Despite pumping millions into healthcare systems—and despite science progressing faster than ever—the predictions for chronic, age-related conditions remain grim. Alzheimer’s, dementia, incontinence, heart disease, and joint degeneration are still alarmingly common, and the trend lines keep climbing.

At the same time, younger and younger people are reporting persistent musculoskeletal pain. Lower back and neck issues in teenagers and adults in their 20s are no longer rare—they’re staggering.

So with all our advances in science and technology, why are so many humans still suffering?

The answers we’ve been handed

• That’s just aging.

• Your back is weak.

• Your hips are tight.

• Your posture is bad.

• Your core isn’t strong enough.

Sometimes those statements contain a grain of truth. But they can also hide a bigger issue: we may be trying to solve a living, moving, adaptive system with an outdated map.

When a parts list replaces a movement strategy

Many people have been taught movement through labels and isolated parts:

• Use your hip flexors.

• Switch on your core.

• Squeeze your glutes.

• Pull your shoulders down.

Sometimes these cues help. But for many people—especially as we age—they don’t create lasting change. Pain returns. Stiffness persists. Strength doesn’t translate into daily life.

That’s often a sign we’re trying to solve a coordination problem with a parts list.

What are we missing?

When a problem persists at this scale, it’s worth examining the model and the underlying assumptions we’re using to solve it.

When there is a problem, we must identify and evaluate underlying assumptions that may be contributing to the problem or preventing us from seeing the problem clearly. — Elizabeth Thornton

Information isn’t the same as wisdom. We’re not short on information—we’re flooded with it. But information without a clear framework can lead to more confusion, more conflicting advice, and more frustration.

If movement is meant to support health across a lifespan, then the goal isn’t just to collect more cues and exercises—it’s to develop better understanding.

Critical thinking is the upgrade

The function of education is to teach one to think intensively and to think critically. Intelligence and character—that’s the goal of true education. — Martin Luther King Jr.

In movement, critical thinking means we don’t just repeat what we’ve heard—we test it against outcomes:

• Does this reduce strain or increase it?

• Does this create ease or more effort?

• Does this improve function in real life?

The ‘Flat Earth’ problem: anatomy at rest trying to explain bodies in motion

Let’s be clear: anatomy matters. It’s essential for medicine, surgery, and understanding structure.

But here’s the question many people never get invited to ask: Is anatomy at rest enough to explain anatomy in motion?

A large portion of movement education still leans heavily on anatomical study rooted in dissection. References like Gray’s Anatomy (first published in 1858) remain foundational for understanding structure—especially in clinical contexts.

But there’s a limitation we rarely say out loud: dead bodies don’t move. They don’t breathe. They don’t coordinate. They don’t adapt to load. They don’t respond to gravity, balance demands, or real-time changes in environment.

So if we build movement understanding primarily from the body ‘parked,’ we risk missing how the system behaves when it’s actually alive.

Imagine trying to understand how a car works solely by dissecting it and examining stationary parts. Without observing the engine running and the gearbox in action, you might misread what matters most. It’s only when the system is live and engaged that true function becomes clear.

Movement principles that age well: leverage, slings, and real strength

If Part 1 raised the question and Part 2 challenged the model, this is where we get practical. The goal isn’t to ‘throw out anatomy.’ The goal is to add what’s often missing: the mechanical and energetic principles that govern living movement.

There’s no shortage of exercises. But more exercises don’t automatically create better movement. What creates better movement is a better framework—one that helps you:

• Reduce unnecessary effort

• Distribute load more intelligently

• Coordinate the body as a system

• Build strength that actually shows up in daily life

The hip joint as a door hinge (and why leverage matters)

Think of the hip joint like a door hinge. You wouldn’t force a door off its frame to open it—you’d use the handle, the point furthest from the hinge, because that gives you leverage and ease.

The same principle applies to your legs. If we rely only on ‘hip flexors’ without considering leverage and coordination, it can feel like forcing a system that’s missing mechanical advantage. You can do it—but it’s harder than it needs to be, and over time it can create strain in the places that are trying to compensate (often the lower back, hip flexor region, or neck/shoulders).

The ‘sling’ concept: strength through coordination

One of the most powerful upgrades in movement is shifting from isolated activation to coordinated systems.

For example, engaging the lats and pelvis in coordination with the obliques and serratus can create a supportive ‘sling’ that helps leg movement feel smoother and more effortless.

This matters because many people aren’t lacking effort—they’re lacking mechanical advantage. When the system coordinates well:

• The legs don’t have to ‘yank’ from the front of the hip

• The lower back doesn’t have to stabilize everything alone

• The shoulders and neck don’t brace unnecessarily

• Movement feels lighter, even when it’s strong

Why this is especially relevant over 40

As we age, we don’t just need ‘more strength.’ We need better strategy. A principles-based approach can support:

• Back comfort (less gripping, better load sharing)

• Hip function (less forcing, more leverage)

• Balance and confidence (better organization through the trunk)

• Pelvic support (coordination rather than clenching)

• Energy (less effort for the same—or better—result)

Myth-busters (and why they matter)

Myth-buster #1: ‘Hip flexors flex the hip’

We don’t open a door by pushing on the hinges. A door opens because the frame is stable and we use the handle—the part designed to create leverage and control.

Applying that logic to the body: the most efficient leg mover may not be ‘hip flexors’ working in isolation. A different assumption is possible—one that prioritizes leverage and trunk coordination so the leg can move without the lower back grabbing.

Practical example: If your lower back ‘grabs’ when lifting your knee (stairs, getting into the car, marching), ask: are you trying to ‘open the door’ by pushing on the hinge? Or can you create better leverage and trunk support so the leg moves with less strain?

Myth-buster #2: ‘Glutes extend the hip’

In this model, glutes aren’t the muscles that ‘throw’ the leg into extension. Instead, they help control and decelerate—more like a wicket-keeper’s glove catching the ball.

Why this matters: if the system misses the ‘catch,’ the lower back often takes the hit.

The Back To Balance approach

At Back To Balance, we move beyond basic anatomical labeling and generic cueing. We incorporate mechanical and energetic principles that govern human motion—and we encourage critical thinking—so you can understand what your body is doing and why.

If you’ve been doing ‘all the right things’ but still feel stiff, sore, or stuck, you’re not alone—and you’re not broken.

If you want movement that feels stronger and easier, book a session or join a class at Back To Balance. We’ll identify what your body has been compensating for—and build a smarter way forward.

Medical disclaimer

This article is for general education and is not medical advice. It does not diagnose, treat, cure, or prevent any condition. If you have pain, neurological symptoms, or a medical concern, please consult a qualified healthcare professional.